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January 2026: I was invited to present a talk at the IEEE Latin American Symposium on Circuits and Systems (LASCAS), Arequipa, Peru.
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December 2025: I was selected as a recipient of the prestigious 2025 IEEE Solid-State Circuits Society (SSCS) Predoctoral Achievement Award.
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November 2025: Our work on ML-inspired crosstalk cancellation is accepted in ISSCC 2026.
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November 2025: I was invited to serve as a reviewer for the IEEE Transactions on Signal Processing.
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November 2025: I won the ISSCC 2026 Analog Devices Outstanding Student Designer Award.
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September 2025: I joined Apple Inc. as a hardware technology intern in the advanced technologies group.
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September 2025: Our work on PAM-4 machine learning inspired high-speed wireline links is accepted in JSSC.
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June 2025: I was invited to serve as a reviewer for the IEEE International Midwest Symposium on Circuits and Systems (MWSCAS).
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May 2025: Owing to the impact of our proposed PAM-4 wireline transceiver architecture that helps to reduce the energy consumption
of data centers for artificial intelligence (AI) by 50%, it has been featured by national and international Media outlets such as: ScienceDaily, Forbes,
Dailyexe, ScienceReader, Oregon State University, Columbia University, KGW-TV (NBC affiliated),
KATU-TV (ABC affiliated), Knowridge, GlobalEnergyPrize, Securities, Theoutpost,
Flickr, TechXplore, EurekAlert, etc.
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May 2025: Our work on PAM-4 transceiver with CSC encoding and classification is
selected as the Best Student Paper Award winner in CICC 2025.
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April 2025: Our work on long-reach NRZ transceiver with random forest classification is
accepted in VLSI 2025.
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January 2025: Our work on PAM-4 transceiver with CSC encoding and classification is
accepted in CICC 2025.
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May 2024: Our work on the new encoding for equalizing PAM-4 data is accepted in MWSCAS 2024.
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January 2024: Our work on inverter-based CTLE optimization is accepted in ISCAS 2024.
